The Noble Prize-winning scientists were able to offer a tool that works in the attosecond scale and enables the observation of electron motion. Read to learn more.
CERN researchers observed antihydrogen atoms falling under gravity, confirming gravitational attraction between antimatter and matter, dispelling repulsion theories. Continue reading to learn more.
Mathematicians discovered an unprecedented number of stable orbit solutions, achieving a breakthrough in the historically challenging three-body problem. Read the article to learn more.
This year's Ig Nobel prizes feature unusual topics like consuming fossils and reviving dead spiders for mechanical grips. Check them out in this article.
The researchers think that their water-writing technique can be expanded to other kinds of pens, such as laser-powered ones, that could also be used in water. Read to learn more.
Scientists used a trapped-ion quantum computer to observe a single atom's interference pattern at a 'conical intersection,' crucial in rapid chemical processes. Continue reading to learn more.
This article will explore the top nine beautiful naturally occurring phenomena that provide compelling proof that math exists in everything, everywhere.
Atomic clocks bridge astrophysics with Earth, seeking ultralight particles to unveil dark matter mysteries in a controlled lab setting. Continue reading to learn more.
Shooting a gun in space might sound intriguing, but it would differ from Earth due to the vacuum environment. Find out whether it is possible to shoot a gun in the vacuum of space or not.